The use of building information modeling (BIM) data by building owners and facilities managers is on the rise, a survey by DLT partner, IMAGINiT Technologies reveals. Compared to 2016, the percentage of owners integrating BIM data into facilities management (FM) systems has increased by almost 9%. Yet challenges remain. Many organizations aren’t prepared or equipped to make the process and technology changes required for BIM adoption.

Archeological surveys in untouched areas are tricky at the best of times. Vegetation and trees must be disturbed, heavy equipment is brought in, and the results can still prove inconclusive or fruitless.

But thanks to laser technology, that’s all changing. LiDAR (aka Light Detection and Ranging technology) is helping archeologists champion scientific research without disturbing the natural habitat.

A few years ago, Autodesk launched its cloud strategy. A commitment to bring cloud-based solutions to all of its vertical industry offerings. A core cloud offering, BIM 360 is a cloud-based design collaboration tool for the building and construction. It represents a shift from the “modeling” to the “information” phase of BIM – Autodesk calls it “Connected BIM”. BIM 360 connects design and construction across the project lifecycle using intuitive, linked workflows.

When it comes to transportation and site design projects, they all have one thing in common – when finished they need to accommodate a variety of different vehicles, from cars to fire trucks, airplanes to school buses. As a result, it’s important that these vehicle maneuvers be analyzed and incorporated throughout the entire design process. Autodesk Vehicle Tracking (AVT) can help.

Use of building information modeling (BIM) data by building owners is on the rise. That’s according to  the third annual BIM and facilities management (FM) survey from DLT partner, IMAGINiT Technologies.

Urban development is a big challenge for governments and project owners. Urbanization, combined with overall population growth, could add another 2.5 billion to the world’s urban centers by 2050. For the infrastructure sector, this means providing the essential utilities and transportation systems to support these dense over-crowded areas – while doing more with less.

With BIM mandates and pressure to improve collaboration and efficiencies on construction projects, how are teams taking advantage of digital workflows to improve the potential of BIM?

The 2017 “infrastructure report card” from the American Society of Civil Engineers (ASCE) painted a grim portrait of our nation’s bridges, transit systems, aviation, and more, scoring an overall “D” for “poor” or “at risk”. Unfortunately, not much has changed since the last report was released in 2013.

Did you make it to Autodesk University (AU) this year? There was a great deal of buzz about infrastructure and the ways in which, in the words of Autodesk’s Theo Agelopoulos, “we can develop more sustainable and resilient infrastructure yet optimize their operations and longevity”.

But there were also some great breakout sessions on all things civil infrastructure design, engineering, and construction – many of which are now available to view online, for free!

Government websites can’t afford downtime. Even if they aren’t losing revenue because of un-scheduled outages, latency, DNS attacks and so on, the public loss of access to resources and employee loss of productivity is frustrating and stressful, as well as a public relations nightmare.

It’s also a big distraction for IT operations.